Most organizations discover the gaps in their incident response plan at the worst possible moment, when an actual breach is in progress, the clock is running, and every decision is being made under pressure that should have been made in advance. Tracy R. Reed, Director of Cybersecurity Practice at Unrisk, Virtual Chief Information Security Officer (vCISO), and Cybersecurity Maturity Model Certification (CMMC) Lead Assessor, has spent his career helping organizations build plans that hold up when they are actually needed, rather than plans that look thorough on paper and collapse under real-world conditions. “As long as we have given good advice and done what we were instructed to do, and executive management has accepted the risk,” Reed reflects, “then no matter what happens, my hands are clean, and my conscience is clear.”
The First Hour Is Won or Lost Before the Incident Begins
The moment an alert arrives is too late to start making foundational decisions. The work that determines whether the first hour goes well happens long before any attacker is in the environment. Reed’s framework follows the National Institute of Standards and Technology (NIST) Incident Response Framework – verification, containment, and eradication – but the quality of execution against that framework depends entirely on how much has been pre-approved, pre-tooled, and pre-decided before the pressure arrives.
Alert fatigue is one of the most dangerous preconditions. When teams receive constant false positives, genuine incidents get treated with the same skepticism, and the window for effective containment narrows. Once an incident is verified as real, two tracks run in parallel: technical staff begin isolating affected systems using network access controls, firewalls, and virtual local area network (VLAN) segmentation, while supervisors escalate communications through a severity-ranking system that should already exist before the incident begins. In cloud environments where physically pulling a plug is not an option, that pre-planned isolation approach is not a nice-to-have. It is the difference between containing an incident and watching lateral movement carry the attacker deeper into the network.
Test the Plan Before You Need It. The Backup Problem Is Real
Reed describes a small early-stage company that suffered database corruption caused by an attacker. The company had minimal security investment, a decision management had formally accepted months before the incident, and had never tested its backups under realistic conditions. When a full restore became necessary, they discovered in the middle of a crisis that it would take far longer than anyone had anticipated. Total downtime stretched to approximately three days: one day for incident response, containment, and eradication, followed by two additional days for cleanup and service restoration.
A tabletop exercise could have prevented that outcome. Not by stopping the attacker, but by forcing the team to calculate restore times in advance, which would have revealed the backup architecture’s inadequacy while there was still time and budget to address it. Hot failover systems, read-only database copies, and point-in-time snapshots are not exotic investments. They are the difference between recovering in hours and recovering in days. “If they had conducted incident response exercises,” Reed notes, “the person running the exercise might have said, okay, you’ve decided to restore from backup, now go look at that backup and figure out how long the restore is actually going to take.”
The Boardroom Is Part of the Response
With U.S. Securities and Exchange Commission (SEC) rules requiring breach disclosure within four days, the incident response plan must treat boardroom communication as a core operational requirement rather than an afterthought. As soon as a serious incident is identified, executive leadership must be notified immediately and kept on a regular update cadence.
Reed recommends approximately every six hours, so that by the time the disclosure deadline arrives, the board has had sufficient time to absorb the evolving situation, prepare their response, and file an appropriate SEC disclosure. Defense in depth addresses the technical dimension of accelerating AI-powered attacks by layering multiple security controls, so that even a fast-moving threat must breach several barriers before reaching critical systems. But the boardroom dimension requires its own layered response, accurate, frequent, and structured communication that gives leadership the information they need to manage the regulatory obligation without scrambling in the final hours.
Follow Tracy R. Reed on LinkedIn for more insights on incident response planning, cybersecurity strategy, and building the programs that protect organizations before the breach, and during it.
